FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4280498023> ?p ?o ?g. }

• W4280498023 endingPage "110623" @default.
• W4280498023 startingPage "110623" @default.
• W4280498023 abstract "The liquid water injected at a high temperature combined with oxygen pyrolysis of oil shale is firstly studied. The pyrolysis was conducted at different temperatures and water to oil shale mass ratios (W/OS) in a self-reformed Fischer Assay retort under an air atmosphere to identify the effect of water on the distribution and characteristics of the oil shale products. The shale oil yield at a W/OS ratio of 0.5:10 was higher than that of the no water case under an air atmosphere and the highest yield was approximately 450 °C. With the same shale oil yield as that obtained from the Fischer Assay, the pyrolysis temperature decreased by approximately 78 °C with a W/OS of 0.5:10 under an air atmosphere. Pyrolysis of oil shale with different W/OS ratios significantly increased the shale oil yield from 17.03% to 20.00% and decreased the semicoke yield from 68.42% to 68.20% with an increasing W/OS from 0:10 to 1.5:10 under an air atmosphere at 450 °C. As the W/OS increased to 0.75:10, the alkane and alkene contents increased, while the aromatic hydrocarbon content decreased. Water increased the content of the heavy fractions in the shale oil by weakening the adsorption of macromolecular compounds on the minerals and prompting oil migration. The presence of water slightly increased the H/C and S contents in the shale oil but reduced the content of N. The effect of water on the distribution and characteristics of the products was caused by multiple control mechanisms in the pyrolysis process, including chemical, migration, the interaction with oxygen effect. • The high-temperature injecting water reduced the pyrolysis temperature. • The water significantly increased the shale oil yield from 17.03% to 20.00%. • The water injected at high temperature increased the heavy fractions and aliphatic hydrocarbon in the shale oil. • The possible mechanisms of water enhancing oil shale pyrolysis were discussed." @default.
• W4280498023 created "2022-05-22" @default.
• W4280498023 creator A5006125642 @default.
• W4280498023 creator A5015031496 @default.
• W4280498023 creator A5018334561 @default.
• W4280498023 creator A5029290911 @default.
• W4280498023 creator A5031303926 @default.
• W4280498023 creator A5053349176 @default.
• W4280498023 creator A5066069017 @default.
• W4280498023 creator A5073568638 @default.
• W4280498023 date "2022-08-01" @default.
• W4280498023 modified "2023-10-03" @default.
• W4280498023 title "Enhanced pyrolysis of Huadian oil shale at high temperature in the presence of water and air atmosphere" @default.
• W4280498023 cites W1072549306 @default.
• W4280498023 cites W1757365393 @default.
• W4280498023 cites W1967515020 @default.
• W4280498023 cites W1973082377 @default.
• W4280498023 cites W1979845781 @default.
• W4280498023 cites W1982324830 @default.
• W4280498023 cites W1993664960 @default.
• W4280498023 cites W2003466786 @default.
• W4280498023 cites W2005407290 @default.
• W4280498023 cites W2007001161 @default.
• W4280498023 cites W2007590345 @default.
• W4280498023 cites W2017672619 @default.
• W4280498023 cites W2018444269 @default.
• W4280498023 cites W2036657351 @default.
• W4280498023 cites W2039600668 @default.
• W4280498023 cites W2041149977 @default.
• W4280498023 cites W2046950815 @default.
• W4280498023 cites W2056858131 @default.
• W4280498023 cites W2058708524 @default.
• W4280498023 cites W2059525515 @default.
• W4280498023 cites W2059535203 @default.
• W4280498023 cites W2064731332 @default.
• W4280498023 cites W2068482931 @default.
• W4280498023 cites W2070138110 @default.
• W4280498023 cites W2076644968 @default.
• W4280498023 cites W2077857691 @default.
• W4280498023 cites W2078072735 @default.
• W4280498023 cites W2081412803 @default.
• W4280498023 cites W2093931464 @default.
• W4280498023 cites W2097131218 @default.
• W4280498023 cites W2107763595 @default.
• W4280498023 cites W2137128877 @default.
• W4280498023 cites W2210570629 @default.
• W4280498023 cites W2329059871 @default.
• W4280498023 cites W2340377528 @default.
• W4280498023 cites W2342769515 @default.
• W4280498023 cites W2464070419 @default.
• W4280498023 cites W2511793683 @default.
• W4280498023 cites W2521765500 @default.
• W4280498023 cites W2550609063 @default.
• W4280498023 cites W2594182462 @default.
• W4280498023 cites W2607280734 @default.
• W4280498023 cites W2753168022 @default.
• W4280498023 cites W2801706823 @default.
• W4280498023 cites W2884721677 @default.
• W4280498023 cites W2902756221 @default.
• W4280498023 cites W2903317345 @default.
• W4280498023 cites W2914118163 @default.
• W4280498023 cites W2916664317 @default.
• W4280498023 cites W2917181276 @default.
• W4280498023 cites W2953781296 @default.
• W4280498023 cites W2970910945 @default.
• W4280498023 cites W2994928064 @default.
• W4280498023 cites W2995907202 @default.
• W4280498023 cites W2998348037 @default.
• W4280498023 cites W3000666117 @default.
• W4280498023 cites W3008217473 @default.
• W4280498023 cites W3021729266 @default.
• W4280498023 cites W3024651139 @default.
• W4280498023 cites W3033711953 @default.
• W4280498023 cites W3040143277 @default.
• W4280498023 cites W3124172215 @default.
• W4280498023 cites W3135829532 @default.
• W4280498023 cites W3155226057 @default.
• W4280498023 cites W3190387761 @default.
• W4280498023 doi "https://doi.org/10.1016/j.petrol.2022.110623" @default.
• W4280498023 hasPublicationYear "2022" @default.
• W4280498023 type Work @default.
• W4280498023 citedByCount "8" @default.
• W4280498023 countsByYear W42804980232022 @default.
• W4280498023 countsByYear W42804980232023 @default.
• W4280498023 crossrefType "journal-article" @default.
• W4280498023 hasAuthorship W4280498023A5006125642 @default.
• W4280498023 hasAuthorship W4280498023A5015031496 @default.
• W4280498023 hasAuthorship W4280498023A5018334561 @default.
• W4280498023 hasAuthorship W4280498023A5029290911 @default.
• W4280498023 hasAuthorship W4280498023A5031303926 @default.
• W4280498023 hasAuthorship W4280498023A5053349176 @default.
• W4280498023 hasAuthorship W4280498023A5066069017 @default.
• W4280498023 hasAuthorship W4280498023A5073568638 @default.
• W4280498023 hasConcept C107872376 @default.
• W4280498023 hasConcept C121332964 @default.
• W4280498023 hasConcept C127313418 @default.
• W4280498023 hasConcept C127413603 @default.
• W4280498023 hasConcept C153127940 @default.

• next